Reciprocal interactions between honeybees and combs in the integration of some colony functions in Apis mellifera L. [self-organization] | Interactions reciproques entre les abeilles melliferes et les rayons dans l'integration de certaines fonctions de la colonie chez Apis mellifera L. [auto-organisation]
1998
Hepburn, H.R. (Rhodes University, Grahamstown (Afrique du Sud). Department of Zoology and Entomology)
Recent advances in studies of the reciprocal interactions between honeybees and their combs are reviewed. Wax secretion is age-related, varies with season, is unaffected by the queen, juvenile hormone or the corpora allata but is enhanced in swarming. Comb building is enhanced by the queen. Nest structure can be explained as a self-organization process as can the patterns of brood, honey and pollen. The comb and its contents provide gross information to the colony as to crowding and space which affect brood rearing, energy consumption and comb building. Significant chemical and physical changes occur in the wax during comb building and during its subsequent use. Comb mediates pheromonal cues for cell capping, repairs and queen cell construction, nectar forage, colony defense and colony odor. Mechanically, the combs transmit vibrational signals in the waggle dance and recruitment of new foragers
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